XC1701PD8C

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The XC1701PD8C belongs to the family of Memory - Configuration Proms for FPGAs, providing advanced features with respect to power management, configurable Dual Read and Dual Voltage. The device is an integrated programming module for field programmable gate array (FPGA) devices that uses CMOS 0.35-micron technology.

The XC1701PD8C has a wide range of applications in a variety of FPGAs ranging from low-end to high-end. It can be used for implementing embedded applications and can also be used for processing data in large networks. In addition to FPGAs, the XC1701PD8C can also be used in industrial applications and process control systems. It is particularly suitable for field programming in applications where the configuration bitstream has to be sent over a distance.

The XC1701PD8C consists of four basic parts - a microprocessor controller, an EEPROM memory, an FPGA interface, and an external programming interface. The microcontroller provides the control functions necessary for the EEPROM to transfer data to and from the FPGA. The EEPROM stores the configuration bitstream for use by the FPGA, and includes self-timing and error checking capabilities. The FPGA interface handles data transfer to and from the FPGA, as well as management of the configuration bitstream. Finally, the external programming interface provides external signals for programming the XC1701PD8C.

The XC1701PD8C has multiple features that help reduce power consumption and allows users to customize their system design. For example, a Dual Read feature is included, allowing users to read an FPGA configuration bitstream from the EEPROM in two different formats. This feature is particularly useful for applications that require different types of data to be processed. Additionally, the XC1701PD8C includes Dual Voltage, allowing for the use of two different voltage levels for programming the FPGA. This feature can reduce power consumption in certain applications.

The XC1701PD8C also features a non-volatile memory, allowing the configuration bitstream to be stored in the device even if power is removed. Furthermore, the EEPROM can also be programmed in-system to allow for remote programming of the FPGA. This feature is valuable in applications such as field programming of an FPGA over a distance. Lastly, the XC1701PD8C is compatible with several FPGAs, which allows for easy integration and allows the device to be used in a variety of applications.

In summary, the XC1701PD8C is an integrated programming module that provides advanced features that reduce power consumption and help users customize their system design. It is compatible with several FPGAs and features a non-volatile memory, Dual Read, and Dual Voltage. Its features make it suitable for a wide range of applications, including embedded applications and process control systems, as well as for remote field programming.

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